|
|
|
Power: s3c_adc_battery.c backup battery query | |
| [Date Prev][Date Next][Thread Prev][Thread Next][Date Index][Thread Index]
|
|
Hello,
I am trying to write a generic batttery driver using IIO and I have
one some below
questions:
Why do we have the representation of backup battery in this
driver(s3c_adc_battery.c) and when does the
s3c_adc_backup_bat_get_property function gets called?
As I understand, it is as this:It is called when it is registered
and when the user wants to know the backup battery status(sysfs)
and we don't do a workqueue scheduling as it will consume more power.
static struct s3c_adc_bat backup_bat = {
.psy = {
.name = "backup-battery",
.type = POWER_SUPPLY_TYPE_BATTERY,
.properties = s3c_adc_backup_bat_props,
.num_properties = ARRAY_SIZE(s3c_adc_backup_bat_props),
.get_property = s3c_adc_backup_bat_get_property,
.use_for_apm = 1,
},
};
I am stuck with mulitple *get_property callbacks.As we don't know how many
batteries system has and consequently we don't know how many *get_property
callbacks to be implemented.
So below is my plan:
What I am trying to do is to have a single callback(*get_property) and manage
everything in this callback and will use the name of the psy to
distinguish between
the different batteries which system has and driver will receive this
information using
platform data.Hope it makes sense.
--
To unsubscribe from this list: send the line "unsubscribe linux-kernel" in
the body of a message to majordomo@xxxxxxxxxxxxxxx
More majordomo info at http://vger.kernel.org/majordomo-info.html
Please read the FAQ at http://www.tux.org/lkml/
[Other Archives] [Linux Kernel Newbies] [Linux Driver Development] [Linux Kbuild] [Fedora Kernel] [Linux Kernel Testers] [Linux SH] [Linux Omap] [Linux Tape] [Linux Input] [Linux LEDS] [Linux Kernel Janitors] [Linux Kernel Packagers] [Linux Doc] [Linux Man Pages] [Linux API] [Linux Memory Management] [Linux Modules] [Linux Standards] [Kernel Announce] [Netdev] [Git] [Linux PCI] Linux CAN Development [Linux I2C] [Linux RDMA] [Linux NUMA] [Netfilter] [Netfilter Devel] [SELinux] [Bugtraq] [FIO] [Linux Perf Users] [Linux Serial] [Linux PPP] [Linux ISDN] [Linux Next] [Kernel Stable Commits] [Linux Tip Commits] [Kernel MM Commits] [Linux Security Module] [AutoFS] [Filesystem Development] [Ext3 Filesystem] [Linux bcache] [Ext4 Filesystem] [Linux BTRFS] [Linux CEPH Filesystem] [Linux XFS] [XFS] [Linux NFS] [Linux CIFS] [Ecryptfs] [Linux NILFS] [Linux Cachefs] [Reiser FS] [Initramfs] [Linux FB Devel] [Linux OpenGL] [DRI Devel] [Fastboot] [Linux RT Users] [Linux RT Stable] [eCos] [Corosync] [Linux Clusters] [LVS Devel] [Hot Plug] [Linux Virtualization] [KVM] [KVM PPC] [KVM ia64] [Linux Containers] [Linux Hexagon] [Linux Cgroups] [Util Linux] [Wireless] [Linux Bluetooth] [Bluez Devel] [Ethernet Bridging] [Embedded Linux] [Barebox] [Linux MMC] [Linux IIO] [Sparse] [Smatch] [Linux Arch] [x86 Platform Driver] [Linux ACPI] [Linux IBM ACPI] [LM Sensors] [CPU Freq] [Linux Power Management] [Linmodems] [Linux DCCP] [Linux SCTP] [ALSA Devel] [Linux USB] [Linux PA RISC] [Linux Samsung SOC] [MIPS Linux] [IBM S/390 Linux] [ARM Linux] [ARM Kernel] [ARM MSM] [Tegra Devel] [Sparc Linux] [Linux Security] [Linux Sound] [Linux Media] [Video 4 Linux] [Linux IRDA Users] [Linux for the blind] [Linux RAID] [Linux ATA RAID] [Device Mapper] [Linux SCSI] [SCSI Target Devel] [Linux SCSI Target Infrastructure] [Linux IDE] [Linux SMP] [Linux AXP] [Linux Alpha] [Linux M68K] [Linux ia64] [Linux 8086] [Linux x86_64] [Linux Config] [Linux Apps] [Linux MSDOS] [Linux X.25] [Linux Crypto] [DM Crypt] [Linux Trace Users] [Linux Btrace] [Linux Watchdog] [Utrace Devel] [Linux C Programming] [Linux Assembly] [Dash] [DWARVES] [Hail Devel] [Linux Kernel Debugger] [Linux gcc] [Gcc Help] [X.Org] [Wine]
![]() |
![]() |
[Older Kernel Discussion] [Yosemite National Park Forum] [Large Format Photos] [Gimp] [Yosemite Photos] [Stuff]